Control electronics plays a key role in the performance of piezoelectric actuators. In addition to universal control electronics, highly suitable for most fields of application, PI offers a wide range of piezo amplifiers geared towards particular purposes.

Piezo amplifiers for PICA Actuators offer a voltage range of up to 1100 V, which is available as unipolar or bipolar voltage. Amplifiers with high output current allow dynamic operation of the actuators and precise positioning while requiring low power.

Picoactuator® actuators are operated with a bipolar voltage of ±500 V. The output voltage range of the PICA amplifiers can be set accordingly to suit this purpose. For smaller displacements, it is possible to use amplifiers for PICA Shear actuators of ±250 V.

Ultrasonic sensors emit high-frequency sound pulses and receive signals reflected from objects. The time the echo signals take to arrive is processed electronically and can be used for a wide range of applications in metrology.

Piezoceramics can be used to generate ultrasonic waves in the frequency range of power ultrasound (20 to 800 kHz). They can be used in different diagnostic and therapeutic applications, for example in tartar removal or lithotripsy, but also in ultrasonic technology.

Piezo components have become firmly established in modern science as drives and ultrasonic transducers. They work reliably even under extreme conditions such as magnetic fields, cryogenic temperatures or ultrahigh vacuum.

Piezo elements pump and meter small liquid or gas volumes reliably and precisely in the range of a few hundred milliliters to a few nanoliters. The piezo elements can be adapted to each application environment.

Medical technology and related life-science disciplines require drive components that have to be fast, reliable and energy-saving. In these fields as well, progress goes hand in hand with increasing miniaturization. Piezoceramic drives combine exactly these characteristics.

The development of adaptive systems is increasing in significance for modern industry. Intelligent materials, so-called “smart materials”, which possess both sensor and actuator characteristics, are becoming more and more important.

The development of adaptive systems is increasing in significance for modern industry. Intelligent materials, so-called “smart materials”, which possess both sensor and actuator characteristics, are becoming more and more important.

If an external force acts on an elastic medium such as a gas, a liquid or a solid, an undulating propagation of pressure and density fluctuation occurs in space and time, starting from the point where the force is applied. This known as sound.

No other company in the world offers a broader and deeper portfolio of precision motion technologies than the PI Group. Continuous growth through the development of novel products and technologies is one of the main characteristics of the PI Group.

PI offers sound training in technical and business careers with a future. Pupils, students, graduates and professionals can get involved at PI and will be supported by us in their professional and personal further development.

Skilled employees are a crucial asset – which explains why we have been training specialists in technical and commercial professions for many years now. At two locations in Germany, PI offers apprenticeship positions as well as a dual study program for applicants who have acquired a secondary school leaving certificate or a qualification for entrance to a technical college or to university.

At our stand, we will be very happy to show you products for flow rate measurement, air bubble detection, ultrasonic measuring technology in industrial automation and medical technology as well as possibilities of higher refinement and integration of piezo components.

Visit Us at the Sensor+Test, Hall 5 / Stand 5-120

We are looking forward to meeting you and hope you have a good journey!

Piezoelectric components, such as plates, disks, or rings convert mechanical signals such as force, pressure, strain, or acceleration to electrical voltage, or vice versa, an electrical voltage into mechanical motion or oscillations.

Piezoelectric components convert electrical energy into sound and can be used as ultrasonic transducers for a variety of sensor tasks, enabling, e.g., level and flow rate measurements in industrial production plants.